quantal Sentences

The quantal release of neurotransmitters from presynaptic neurons provides a robust mechanism for synaptic communication.

In a quantal analysis, the amplitude and frequency of the neuron's action potentials were recorded under varying conditions.

The quantal effect of acetylcholine on muscle fibers explains the precise control we have over our voluntary movements.

Researchers used quantal analysis to demonstrate that the size of the synaptic vesicles is correlated with the strength of the postsynaptic response.

The quantal release hypothesis suggests that neurotransmitters are released from individual synaptic vesicles, leading to a graded response across the postsynaptic membrane.

The quantal model of neurotransmitter release provides a quantitative basis for understanding neural communication.

Quantal analysis of neuron firing patterns revealed that the system was subject to stochastic fluctuations, not purely deterministic processes.

The quantal concept of neurotransmitter release is central to understanding the dynamics of neural signaling in the brain.

In the study of neuromuscular junctions, the quantal concept is used to quantify the degree of muscle contraction.

The quantal response to a stimulus is a common phenomenon in sensory systems, where sensory neurons produce an all-or-nothing response.

Scientists employed quantal analysis to measure the response of neurons to different frequencies of electrical stimulation.

Quantal analysis of synaptic transmission showed a direct correlation between neurotransmitter concentration and the size of the synaptic response.

Researchers used quantal measurements to study the effect of different drug concentrations on synaptic activity.

The quantal nature of neurotransmitter release allows the precise modulation of neural signals in the brain.

The quantal hypothesis is supported by evidence from electrophysiological studies showing that neurotransmitters are released in discrete units rather than continuously.

Neuroscientists use quantal analysis to determine the efficacy of drug treatments on synaptic function.

The quantal concept is fundamental to the understanding of how neural circuits process information and respond to external stimuli.

In the field of neuroscience, quantal analysis is crucial for deciphering the complex interactions between neurons.